Lucas Curette / Scraper, Serrated - Double-Ended, 2.5 mm | Helmut Zepf No. 41.855.01ZS

The Lucas Curette / Scraper from Helmut Zepf is a precision-engineered double-ended dental instrument designed to meet the exacting demands of modern clinical practice. Featuring a serrated working end of 2.5 mm, this instrument is identified as the #1 double-ended configuration within the ZEPF-Line product family.

Key Features

• Double-Ended Design: Two functional working ends on a single handle, maximising efficiency and reducing instrument changeovers during procedures.
• Serrated Edge: The serrated blade profile of this Lucas Curette enhances grip and cutting efficiency during scraping and curettage tasks.
• 2.5 mm Working End: A precise tip dimension suited for targeted tissue and debris removal in a variety of oral surgery and periodontal applications.
• ZEPF-Line Quality: Manufactured under the stringent quality standards associated with Helmut Zepf GmbH, a trusted name in German dental instrument manufacturing.

About the ZEPF-Line

Helmut Zepf GmbH produces its instruments in Germany, upholding a tradition of craftsmanship and technical precision. The Lucas Curette belongs to this distinguished product line, ensuring consistent material quality and reliable clinical performance over repeated sterilisation cycles.

Typical Applications

• Oral surgery curettage procedures
• Removal of granulation tissue and debris
• Periodontal treatment and socket debridement

FAQ

What is a Lucas Curette used for? A Lucas Curette is primarily used in oral surgery and periodontal procedures for the removal of tissue debris, granulation tissue, and other material from extraction sockets and bony lesions.

Is this instrument autoclavable? Dental instruments from the ZEPF-Line are generally designed for repeated sterilisation; however, please consult the manufacturer's guidelines for specific sterilisation protocols.

What does double-ended mean? A double-ended instrument features two working ends on opposite sides of a single handle, allowing the clinician to access different areas without switching instruments.